private static void ReadInput()
{
string line = Console.ReadLine();
int[] splitarr = Array.ConvertAll(line.Trim().Split(' '), (s) => int.Parse(s));
_squareCount = splitarr[0];
_pointMatrix = new IPoint[splitarr[0], splitarr[0]];
int countOfMarbles = splitarr[1];
int countOfWalls = splitarr[2];
for (int i = 0; i < countOfMarbles; i++)
{
string marbleLine = Console.ReadLine();
int[] marlbeCordinates = Array.ConvertAll(marbleLine.Trim().Split(' '), (s) => int.Parse(s));
string holeLine = Console.ReadLine();
int[] holeCordinates = Array.ConvertAll(holeLine.Trim().Split(' '), (s) => int.Parse(s));
_pointMatrix[marlbeCordinates[0], marlbeCordinates[1]] = _pointFactory.Create(_marbleFactory.Create(marlbeCordinates[0], marlbeCordinates[1], _holeFactory.Create(holeCordinates[0], holeCordinates[1])), null);
}
for (int i = 0; i < countOfWalls; i++)
{
string wallLine = Console.ReadLine();
int[] wallCordinates = Array.ConvertAll(wallLine.Trim().Split(' '), (s) => int.Parse(s));
_pointMatrix[wallCordinates[0], wallCordinates[1]] = _pointFactory.Create(null, _wallFactory.Create(wallCordinates[0], wallCordinates[1], _helper.GetPosition(wallCordinates[0], wallCordinates[1], wallCordinates[2], wallCordinates[3])));
}
}
public IPoint BuildExistingPoint(int eid, PointValue value, List <IPointEquation> equations)
{
return(_pointFactory.Create(eid, value));
}